/* Main Entry */
int main(int argc, char **argv)
{
// init connection object
Connection conn;
memset(&conn, 0, sizeof(conn));
conn.port = PORT; // assign default port
conn.host = HOST;
// Parse arguments
parseArguments(argc, argv, &conn);
// init SSL library
conn.sslContext = initSSLContext(CLIENT_CERTIFICATE, CA_CERTIFICATE);
SSL_CTX_set_options(conn.sslContext, SSL_OP_NO_SSLv2);
SSL_CTX_set_cipher_list(conn.sslContext, "SHA1");
// Connect
if (tcpConnect(&conn) < 0){
tcpDisconnect(&conn);
exit(0);
}
SSL * ssl = SSL_new(conn.sslContext);
BIO * sbio = BIO_new_socket(conn.socket, BIO_NOCLOSE);
SSL_set_bio(ssl, sbio, sbio);
int ret;
ret = SSL_connect(ssl);
if (ret <= 0){
printf(FMT_CONNECT_ERR);
handleError(ssl, ret);
}
else{
// Process Message
if (checkServerCertification(ssl) == OK){
processMessage(ssl);
}
}
// close ssl connection
if (!SSL_shutdown(ssl)){
tcpDisconnect(&conn);
SSL_shutdown(ssl);
}
SSL_free(ssl);
// Disconnect
tcpDisconnect(&conn);
destroySSLContext(conn.sslContext);
return 1;
}
SSLListener::SSLListener(const Module* module, uint16_t pPort)
: Listener(module, pPort) {
ssl_ctx = initSSLContext();
};
extern "C" LUAMBEDTLS_DLL_EXPORTED int luaopen_luambedtls(lua_State * L){
State * state = new State(L);
Stack * stack = state->stack;
Module luambedtls_module;
stack->newTable();
initMPI(state, luambedtls_module);
initASN1buf(state, luambedtls_module);
initASN1named(state, luambedtls_module);
initASN1sequence(state, luambedtls_module);
//key-pairs
initPKContext(state, luambedtls_module);
initPKinfo(state, luambedtls_module);
initCTRDRBGContext(state, luambedtls_module);
initDHMContext(state, luambedtls_module);
initEntropyContext(state, luambedtls_module);
initSSLConfig(state, luambedtls_module);
initSSLContext(state, luambedtls_module);
initSSLCookieContext(state, luambedtls_module);
initSSLSession(state, luambedtls_module);
initx509crt(state, luambedtls_module);
initx509crl(state, luambedtls_module);
initx509crlEntry(state, luambedtls_module);
initx509crtProfile(state, luambedtls_module);
initx509csr(state, luambedtls_module);
initx509writeCert(state, luambedtls_module);
initx509writeCSR(state, luambedtls_module);
initTimingDelayContext(state, luambedtls_module);
initAESContext(state, luambedtls_module);
//symmetric-encryption
initARC4Context(state, luambedtls_module);
initBlowfishContext(state, luambedtls_module);
initCamelliaContext(state, luambedtls_module);
initDESContext(state, luambedtls_module);
initDES3Context(state, luambedtls_module);
initGCMContext(state, luambedtls_module);
initXTEAContext(state, luambedtls_module);
//asymmetric-ecnryption
initDHMContext(state, luambedtls_module);
initRSAContext(state, luambedtls_module);
//EC
initECPCurveInfo(state, luambedtls_module);
initECPPoint(state, luambedtls_module);
initECPGroup(state, luambedtls_module);
initECPKeyPair(state, luambedtls_module);
initECDHContext(state, luambedtls_module);
initECSDAContext(state, luambedtls_module);
//message-digest
initMDContext(state, luambedtls_module);
initMDinfo(state, luambedtls_module);
//cipher
initCipherContext(state, luambedtls_module);
initCipherInfo(state, luambedtls_module);
//utils
initUtils(state, luambedtls_module);
luambedtls_module["init"] = init;
initConstants(state, luambedtls_module);
luambedtls_module["strError"] = strError;
luambedtls_module["debugTreshhold"] = debugTreshhold;
luambedtls_module["MPIlen"] = MPIlen;
luambedtls_module["pushOIDAttrShortName"] = pushOIDAttrShortName;
luambedtls_module["pushOIDNumericString"] = pushOIDNumericString;
luambedtls_module["pushOIDExtType"] = pushOIDExtType;
luambedtls_module["pushOIDPkAlg"] = pushOIDPkAlg;
state->registerLib(luambedtls_module);
return 1;
}
